EADS-UC3M JOINT CENTER FOR AEROSPACE AND SECURITY SYSTEMS. Image: UC3M photographic files

Transcription

1 EADS-UC3M JOINT CENTER FOR AEROSPACE AND SECURITY SYSTEMS Image: UC3M photographic files

2 2 The Joint Center for Aerospace Systems Integration is a common platform encompassing university, industry and other stakeholders to facilitate innovation processes, knowledge and technology transfer to industrial sector. The aim of this Center is to improve competitiveness of the aerospace industry to social and economic development. The Joint Center activities are related to generation, development, transfer and technology dissemination. Foreseen services to fulfill its mission are: Joint Center Facilities within the Science Parc University Carlos III of Madrid (LEGANÉS TECNOLÓGICO) Technology Research and Development Technology services: Audit attention, watch and forecast Technology plans and maps Analysis, certification, tests and technological advice Technology dissemination and Technology Transfer Customized industrial training Spin-offs maturing

3 3 RESEARCH LINES Refueling systems. Mission planning. Networks security evaluation. More electric airplane. Tempest-EMC. Microelectronics. Real time and embedded S/W. Flight physics. Manufacturing technologies. Integrated vehicle health monitoring (IVHM). Structural dynamics. Advanced materials. Signal processing, communications, antennae and radiofrequency. (advanced displays, TOF devices, new algorithms for tracking, training simulators). Funding Entity: Technology Centre for Industrial Development (CDTI) Date: DEIMOS - Modeling to evaluate Fuel Cells integration in electrical High Voltage 270 DC aircraft architectures (Power Electronics). Funding Entity: Technology Centre for Industrial Development (CDTI) Date: Impact Lab OUTSTANDING COLLABORATIONS AND R&D&I PROJECTS The Center keeps collaborations with EADS, AIRBUS MILITARY, INDRA, CESA, AERN- NOVA. Some of the R&D&I projects of the Center are: PROSAVE 2- New Technological improvements of Air Advanced Refueling System Spectral methods for non-destructive testing of composite materials under fire conditions. Funding Entity: Airbus Military Date: Light Air Platform Command & Control System. Funding Entity: EADS-CASSIDIAN. Date: ICARO. Funding Entity: Science and Innovation Ministry. Date:

4 4 Thermal and electrical characterization of advanced materials (composite with carbon nanotubes) for Lightning Strike and EMC Protection. Funding Entity: Science and Innovation Ministry Date: FACILITIES/LABORATORIES Besides the facilities and common equipment of the University Carlos III of Madrid, the Center owns the following laboratories located within the Science Park: TARGET - Nanotechnology for multi-functional aero structures of composite material. Funding Entity: Technology Centre for Industrial Development (CDTI) Date: INNOVATIVE TECHNOLOGICAL SOLUTIONS Evaluation and interoperability of protocols and security architectures Users identity Authentication system by means of an ID-NSCards for critical environments Biometric identification technologies Wireless communication algorithms (MIMO-OFDM) Infrared sensor Lab Gas Teledetection by Infrared sensors (IR) Multi and Hiperspectral Pasive Infrared Sensors (IR) applied to safe menace detection Infrared Sensors (IR) applied to Fire Detection and human security Climate chamber

5 5 Identification and Biometric Systems Laboratory Functional evaluation of Identification Systems Biometrics Smart cards Security Evaluation through common criteria Protection Profiles elaboration Iris Biometry Evaluation methodologies creation Consulting and Systems identification R&D National and International Standarization Networks Security Laboratory Design and Implementation of Security Solutions Based on establishment of Virtual Privates networks Authentication of users (mobile devices and smartcards) Flexibilization of protocols and security architectures for mobile devices (AdaptCrypt) Elaboration of security criteria for network system configuration Protocols and Architecture Evaluation Approval and Performance analysis for Security protocols (IPSEC and SSL) Sensors Controlled Analysis about the effects of service refusal attacks Interoperativity studies for network systems Signal Processing and Communications Laboratory Communications Cooperative transmission en Sensors' network Design and Prototyping of solid and wire-

6 6 less Communication Systems High efficiency spectral techniques Multimedia Processing Video Codification Image and Video analysis Voice Treatment IR and Spectral Sensors Laboratory Spectral IR Thermography applied to non destructive analysis Turbines combustion Analysis and leeks. Feathers analysis. Hidden defects detection (pores, delaminations,.) Fire effect in materials and structures analysis Failure Thermographic IR analysis+ Spectral IR analysis applied to metrology Infrared Spectral Imaging for Remote Detection Toxic and hazardous gases of environmental interest Civil Protection (forest's fire, humans rescue,...). Defence and Security (safe threathen identification, border protection, IR firms, sea watching, night vision...). Natural resources seeking Structural Dynamics Laboratory Center for Rapid Prototyping Aeronautical applications. Diagnosis and study of turbines through IR analysis of feathers and scapes

7 Science Park Universidad Carlos III de Madrid Technology Transfer Office Tel /4011 Fax Web EADS-UC3M JOINT CENTER FOR AEROSPACE AND SECURITY SYSTEMS Contact Information MANAGER Miguel A. Hernán WEB